D. You will not be able install the processor in the wrong motherboard.
<u>Explanation:</u>
Brandon before buying any microprocessor for upgrading in the mother board, Brandon has to take care of following things
1. Whether upgrade is possible, if possible where mother supports or not
2. Pick socket combination is correct or not.
3. After upgrading the microprocessor, Brandon has to check whether voltage and cooling fans fit in the same space in the mother board.
4. Whether existing ram type supports or not.
5. Sometimes once fixed removing upgrading microprocessor will damage the mother board.
Since Brandon has already concluded motherboard chipset compatibility is not been checked.
Answer:
The answer is "minVal - userVals.at(0); /userVals.at(i) < minVal "
Explanation:
In the question, it uses minVal instead of XXX to hold the very first arra(userVal) element, and rather than YYY you choose a conditional statement to check which integer is lower than minVal to index of loop increment. It changes the value of the minVal if the condition is valid. It's completely different if we talk about another situation.
WAN domain which stands
for Wide Area Network and consists of the Internet and semi-private
lines.
The <span>RISKS
are: Service provider can have a major network
outage, Server can receive a DOS or DDOS attack</span>
and A FTP server can allow anonymously uploaded illegal software.
Answer:
def sum_cubes(n):
if n == 1:
return 1
else:
return n * n * n + sum_cubes(n-1)
print(sum_cubes(3))
Explanation:
Create a function called sum_cubes that takes one parameter, n
If n is equal to 1, return 1. Otherwise, calculate the cube of n, and add it to the sum_cubes function with parameter n-1
If we want to calculate the cubes of the first 3 numbers:
sum_cubes(3) = 3*3*3 + sum_cubes(2)
sum_cubes(2) = 2*2*2 + sum_cubes(1)
sum_cubes(1) = 1
If you substitute the values from the bottom, you get 27+8+1 = 36
